Common Ground Community Gardens

Common Ground Community Gardens Working Bees, every Saturday from 2pm - new visitors welcome A perma-culture garden based at the Home of Compassion in Island Bay

Soulfull seed tray waterer and organic gourd pump sprayer design:) Maybe a bit more to it to make function properly tho ...
10/02/2026

Soulfull seed tray waterer and organic gourd pump sprayer design:) Maybe a bit more to it to make function properly tho aye?

27/12/2025

Are Pohutukawa flower stamens a current available seasonal harvest to make cordial and/or tea out of which apparently is quite tasty and good for sore throats etc? How much cordial could you make from the flower stamen mast of one average established tree? How much of an issue with it is the hydrocarbons/passing traffic pollution, and any contact with asphalt underneath them it lands on, and how freshly fallen do they need to be ideally before theyr past their best for healthy human consumption?

22/10/2025

Can u core out bamboo of biggish diameter using a plumbers steel coil drain clearing machine with specificly designed and sized end attatchment fitting drill bits?
Or smaller diameter bamboo with a mini plumbers hand wind or battery drill wound drain clearing coil with best drill bit end attatchment? (Or even a waterblaster with jet cutting end fitting?) Maybe done on a slope with some kind of natural cutting fluid? Also can u use acorn leachwater to cure bamboo? Or is it best to stick to standard tried and tested methods? Also can you tap small threads into, spaced out along the bamboo, to screw in with a sealant, good, bought premade pressure compensating drippers?

Excavated raised earth bed + chinampa canal system, for within appropriate bio-regions landscapes, mostly unlined or gle...
26/08/2025

Excavated raised earth bed + chinampa canal system, for within appropriate bio-regions landscapes, mostly unlined or gleyed, depending on site subsoil strata conditions, potentially a solution where nearby river has flooded the fields and may well again. Is there a way of this possible to work, or totally logistically not feasible? Proper full and thorough consultation with experienced Hydro and Earthworks engineer professionals is imperative, and guidance of local elders, and leading examples of other similar systems and details of all the working dynamics of water level components, pumping requirements (multiple hydraulic rams etc), to any reservoir storages with head pressure required, to keep water levels and flow steady throughout the year, properly keyed in levy banks and scale appropriate level sill spillways retained and planted out with best purpose species, pipe sizing overscale for requirements, swivel-able rubber ring elbow pipe fittings and any other equipment setups to facilitate adjustable positions to as conditions govern, circulating pump requirements, {thru baffle reedbeds if needed} flowforms, oxygen stones, aeration pumps, fountains, etc oxygenation features as well as oxygenating plant species. System designed to mitigate flood water, in such a way that can basically have plug pulled to drain to where least destruction or harm is caused, or excess deluge entry bypassed around capacity from source to sink, once full, a gentle absorbing and dissipating passive pulsating energy mode of functioning, and less of a way forcing flow directions against others, causing reactions coming back against on. Canal widths to suit a decent size digger/excavator, for moving bulk of earth material, after making test/reconnaissance holes determining soil, subsoil, and bedrock strata depth constraints over the entire area. Topsoil removed and placed aside to be re-spread on top in strategic sequence, maybe also using smaller digger where sensible to, in such a way over extent of area, possibly varying through 3 or so different tier heights of raised crop field strip beds, at widths you gauge are best for specific crop guild assemblies and that excavated topsoil volumes allow you to form, shape and sensibly relatively place, which may be in varying widths and heights over the area, from bog/swamp crop species bed heights, to middle ground, decently well raised above river floods, with good enough drainage for most species, but still with roots access to capillary soakage from groundwater underneath, to a next fairly even higher level where dryer land species that require free drainage without seasonal wet feet can suit to grow. All well above the rivers likely possible future flood levels. As productive and ecologically functioning bog, swamp, pond edge, and freshwater aquatic polycultures, while keeping your field soil crop bed strips safe above the floods reach. Trellis vine crops spanning over canals providing shade, tunnel houses over canal sections, with long narrow duck/poultry night hutch boxes along parallel sealed and joined at base of tunnel houses, with meshed vents joining atmosphere between, for ambient greenhouse air warmth overnight and increased carbon dioxide saturation levels, hinged sloped rooves for easy egg collection and bed material maintanence avoiding bad ammonia problems, and hanging thermal drape strips as self re-closing poultry access ways to and from etc, Read notes on attached diagram for further details {may require magnifying/zooming in on to read, as just rough sketch sorry}. All this I am looking to mentors for guidance on, is this possible? worthwhile? and workable in its right place? This isn't supposed to be self promotional, or on the topic of any status deserved got from it, theres alot I dont assume to know, but i'm willing to learn, and im happy to take directions from, and be taken under elder earth whisperers wings, or even also tag along with a design team to gain more experience:} What do yaz think?

Some of the species:
water lillies, taro(even just for leaves), raupo, comfrey, aquatic mint, basil mint, brahmi, water celery, watercress, water chestnuts, water spinach, swamp sunflower, canna lillies, small cranberries, large cranberries, duck potatoe, papyrus, veviter grass, marsh mallow, swamp rose mallow, garlic mustard, horseradish, gotu kola, angelica, medowsweet, spagnum moss, Cyperus longus- sweet galingale, Golden Saxifrage, Acorus calamus - Sweet Flag,
managed azolla, perennial rice, mimosa, moringa, sumac etc

Native freshwater mussels and fish, eels,
tilapia, yabbies, dragonflies,
tadpoles, possibly of best meat productive frog species?
ducks and other poultry,
silkworms
lizards
etc

potential fortress plant guilds, and anti pest, fungus, disease, and nutritious foliar sprays and soil drenches made where is, and chop and drop mulch bio-mass layer companion plants, under some periodically scythed off adjacent pasture hay sort of thing.
daffodils, daylilies, mexican marigolds, lemongrass, citronella grass, canna lillies, achira(arrowroot), russian comfrey or evergreen comfrey{only if theyr sterile seeded its important}, sorrels, garlic chives, mediteterranean saltbush, chamomile wormwoods, horopito, kawakawa, sages, veviter grass, tansy, violas, yarrow, chilean guavas, strawberries, pepino, nettles, rhubarb, nz spinach, american wild garlic{choose best strain of sterile seeded allium canadense], chinese artichoke, jerusalem artichoke, globe artichoke, cardoons, Goumi, burdock, lovage, alexandras, turkish rocket, 9th star broccolli, asparagus peas, chickpeas, yellow bush lupin, perennial tree collards, walking stick kale, scarlet runner beans, yellow asphodell, chokos, cleomi, nasturtiums, welsh bunching onions, bunching spring onions, bunching leaks, egyptian onions, small flax, maximillian sunflower, valerian, good king henry, Florence fennel, angelica, holy basil, native broom, or mākaka, Joe Pye W**d, Asclepias incarnata (Swamp Milkweed), astragalus milkvetch, Yuccas, Aloes, prickle-free prickly pears, Ginger, galangal, lavender, rosemaries, thyme, lemon verbina, lucerne, osage orange, elderberry, Greek oregano, Agave salmiana, Agave tequilana (blue agave), hen and chickens fern (mouku), the common shield fern (pikopiko), the gully fern (pākau), or the hound's tongue fern. Best kinds of mimosa, moringa, and sumac etc, the list goes on:}

08/07/2025

question: should a teaching be added to the curriculum about designing in for the important aspect of the fun factor? if a systems design is not fun or enjoyable for the human element that works it, it wont be sustainable. Further thoughts on this?

Sun facing wall of green rooved building, for gravity fertigation of below espalier and stone keyhole pond microclimate ...
13/06/2025

Sun facing wall of green rooved building, for gravity fertigation of below espalier and stone keyhole pond microclimate garden with roll out frost-cloth awning, potentially utilizing the best living thermal mass species i know, such as Abyssinian banana, prickle-free prickly pears, best kinds of yucca, and best aloes for purpose etc. Also the best living light reflective species could be included, placed for having effect over the seasons of lower angled sunshine.

13/06/2025
06/05/2025

Ever thought of the idea of living pollard fenceposts? I have a different idea to contribute of a way that may work, or maybe not at all, id value your opinions on this:) Planting rows of pollard-able mostly deciduous, hardy barerooted trees of good comparable price to treated fenceposts, planted at gauged appropriate parallel spacing you require to your existing toxic fences, and allowed to establish to adequate level for next step. Then, at a best possible time of month and year, while keeping everything sterilized at each step of the process, drilling holes through the pollard trees trunks, just off centre a bit, at like 5 or 7 millimeter diameter, at the fencewires height levels (would some hardy kinds of trees tolerate and survive this?) to then push conduits (of durable material and correct size) through, with a smear of quality cow pat pit on it (so healthy healing is promoted) and twisting while pushing conduit through the hole. With long enough length of conduit to extend mayb 200mm or so past current outside bark of tree, to allow for whatever amount of trees width growth into the future you require. To feed fence wires through with occasional ground durable posts to tension wires (which are then sealed around where ends of conduits are, without trapping any moisture or debris inside) and hinge access gates off, and some lengths of wire with clips soldered on to each end, to clip to electric fence wire, spaced out maybe 750mm from trunk centre and long enough to span around from one side of pollard tree post, in half circle to the other side, on each fencewires level, with a little stake to support outer reach of the wire semicircles. To be attached or removed as pollard post establishes, managed for producing medicinal and antiparasitic nutritional supplementary stock feed, and or provision of valuable shade and polewood timber etc. Creating fenced corridors to grow more alternative feed, establish nut, fruit or shade trees, as managed stock accessways between fields, and/or to contain, house and direct around other species used in sequence in multi animal rotational grazed and crop systems. To then have established in advance as the main fence system, after old toxic fencelines have aged and need replacement. Also potentially if in areas with sufficient enough winter chill/freeze, could non-toxic to stock kinds of maple trees be grown to also produce maple syrup from etc? There could be various tree species used, maybe keeping each fenceline to one type, or even alternating how you like, but keeping management requirements efficient as possible. Which ones, if any, could survive having holes drilled through like this when young, and recover to grow on healthily for longevity, and would any upward growth from base of the trunk end up causing trouble with the fencewires positions moving etc? How do prices compare for each decent sized bare rooted tree from nursery, to the cost of each standard toxic treated fencepost? How much extra establishment time and effort is required, and is it worthwhile the management requirements overall in the longterm, considering all the beneficial products and multifunctions from, non toxicity, ability to replace the fencewires, humane provision of valuable shade for stock, bio-diversity, beauty, and potential for quite a far more extended lifespan?

06/05/2025

I thought this is supposed to be a garden, isn't it? Why are there all these plants growing everywhere?

06/05/2025

If anyone's been experiencing panda deficiencies on their land recently flick us a message please!:)

https://www.alliumfields.org/2015/05/is-newspaper-in-compost-safe/
01/05/2025

https://www.alliumfields.org/2015/05/is-newspaper-in-compost-safe/

It is spring and your world is awash with compostable materials from the kitchen and yard, but you’ve got no leaves to act as a carbon-rich material, so now what?Newspaper is the typical answer, but is it safe?This question comes up all the time, was recently raised on a NOFA-Mass emai

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2 Rhine Street, Island Bay
Wellington

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